血吸虫病的年龄流行关系建模:马拉维湖Mangochi区学龄儿童的二级数据分析

IF 2 Q3 INFECTIOUS DISEASES
Amber L. Reed , Angus M. O'Ferrall , Sekeleghe A. Kayuni , Hamish Baxter , Michelle C. Stanton , J. Russell Stothard , Christopher Jewell
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引用次数: 0

摘要

血吸虫病是一种水生蜗牛传播的寄生虫病,其中肠道血吸虫病(is)和泌尿生殖血吸虫病(UGS)分别由曼氏血吸虫和血血吸虫感染引起。学龄儿童(SAC)是已知的弱势群体,也可能遭受双重感染。在马拉维湖的海岸线上,新出现的伊斯兰国疫情正在爆发,UGS合并感染率正在上升。年龄流行(co)感染概况尚未完全了解。为了阐明按血吸虫种类和儿童年龄划分的这些(co)感染趋势,我们对马拉维湖Mangochi区SAC收集的主要流行病学数据进行了二次数据分析。12所抽样学校520名6-15岁儿童的诊断数据被转换为二元反应感染档案。然后将广义加性模型拟合到单感染和双感染中。这些数据被用来确定一致的人口趋势,发现IS的患病率在11岁之前显著增加[p = 8.45e-4],之后下降。在合并感染中观察到类似的年龄-患病率相关性[p = 7.81e-3]。相比之下,未发现明显的UGS年龄感染模式[p = 0.114]。血吸虫感染的流行高峰通常发生在青春期左右;然而,在这次新暴发的IS疫情中,随着UGS合并感染的流行率上升,高峰似乎发生得更早,大约在11岁左右。随着IS的爆发,进一步的时间分析与血吸虫感染的年龄关系是合理的。这应该参考年龄流行模型,它可以更好地揭示新出现的传播趋势和血吸虫物种动态。应考虑对感染进行动态建模,同时绘制线虫生态位图,以指导未来的初级数据收集和干预规划。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Modelling the age-prevalence relationship in schistosomiasis: A secondary data analysis of school-aged-children in Mangochi District, Lake Malawi

Modelling the age-prevalence relationship in schistosomiasis: A secondary data analysis of school-aged-children in Mangochi District, Lake Malawi

Modelling the age-prevalence relationship in schistosomiasis: A secondary data analysis of school-aged-children in Mangochi District, Lake Malawi

Modelling the age-prevalence relationship in schistosomiasis: A secondary data analysis of school-aged-children in Mangochi District, Lake Malawi

Schistosomiasis is an aquatic snail borne parasitic disease, with intestinal schistosomiasis (IS) and urogenital schistosomiasis (UGS) caused by Schistosoma mansoni and S. haematobium infections, respectively. School-aged-children (SAC) are a known vulnerable group and can also suffer from co-infections. Along the shoreline of Lake Malawi a newly emerging outbreak of IS is occurring with increasing UGS co-infection rates. Age-prevalence (co)infection profiles are not fully understood. To shed light on these (co)infection trends by Schistosoma species and by age of child, we conducted a secondary data analysis of primary epidemiological data collected from SAC in Mangochi District, Lake Malawi, as published previously. Available diagnostic data by child, were converted into binary response infection profiles for 520 children, aged 6–15, across 12 sampled schools. Generalised additive models were then fitted to mono- and dual-infections. These were used to identify consistent population trends, finding the prevalence of IS significantly increased [p = 8.45e-4] up to 11 years of age then decreasing thereafter. A similar age-prevalence association was observed for co-infection [p = 7.81e-3]. By contrast, no clear age-infection pattern for UGS was found [p = 0.114]. Peak prevalence of Schistosoma infection typically occurs around adolescence; however, in this newly established IS outbreak with rising prevalence of UGS co-infections, the peak appears to occur earlier, around the age of 11 years. As the outbreak of IS fulminates, further temporal analysis of the age-relationship with Schistosoma infection is justified. This should refer to age-prevalence models which could better reveal newly emerging transmission trends and Schistosoma species dynamics. Dynamical modelling of infections, alongside malacological niche mapping, should be considered to guide future primary data collection and intervention programmes.

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来源期刊
Parasite Epidemiology and Control
Parasite Epidemiology and Control Medicine-Infectious Diseases
CiteScore
5.70
自引率
3.10%
发文量
44
审稿时长
17 weeks
期刊介绍: Parasite Epidemiology and Control is an Open Access journal. There is an increasing amount of research in the parasitology area that analyses the patterns, causes, and effects of health and disease conditions in defined populations. This epidemiology of parasite infectious diseases is predominantly studied in human populations but also spans other major hosts of parasitic infections and as such this journal will have a broad remit. We will focus on the major areas of epidemiological study including disease etiology, disease surveillance, drug resistance and geographical spread and screening, biomonitoring, and comparisons of treatment effects in clinical trials for both human and other animals. We will also look at the epidemiology and control of vector insects. The journal will also cover the use of geographic information systems (Epi-GIS) for epidemiological surveillance which is a rapidly growing area of research in infectious diseases. Molecular epidemiological approaches are also particularly encouraged.
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